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Chromatotec’s analyzers ensure high-quality gas control in the U.H.P. and Specialties industries. In the medical sector, their moisture monitor, DET H2O, precisely detects moisture in medical and pure gases as per European Pharmacopoeia standards.
Product
airmoOVOC – Light Oxygenated VOCs Analysis System
The airmoOVOC is a specialized instrument for analyzing light oxygenated volatile organic compounds (VOCs) in ambient air or pure gas. This device utilizes a 6-port valve combined with a single sorbent trap and metallic capillary columns, allowing detection at levels as low as 0.1 ppb in ambient air.
Applications
Environmental Monitoring
- Air pollution control in urban and non-urban areas.
- Indoor air quality measurement.
- VOC analysis according to PAMS/CE standards.
Industrial Processes
- Emission monitoring outside industrial plants.
- Occupational safety assessment and workplace air quality control.
- Fence line monitoring to ensure compliance with emission regulations.
Food Safety Testing
- VOC screening in the food and beverage industry to evaluate contamination levels or chemical residues in products.
AirmoVOC BTX – Automatic GC/FID BTEX Monitoring System
Applications
Environmental Monitoring
- Monitoring urban and rural pollution.
- Industrial pollution tracking.
Industrial Applications
- Occupational health and safety monitoring.
- Process quality control.
Other Applications
- VOC analysis in wastewater (headspace, ppt).
- Drinking water testing.
- CO₂ purity control in the beverage industry.
AirmoVOC C2-C6 Light Volatile Hydrocarbon Analyzer
This device is capable of detecting compounds such as ethane, 1,3-butadiene, benzene, and other C6 compounds, enabling air pollution control, environmental monitoring, and air quality assessment in both indoor environments and industrial processes.
Applications
- Environmental pollution control: Monitoring air quality in urban and suburban areas.
- Indoor air analysis: Evaluating air pollution levels in workplaces or living environments.
- Industrial and factory emission monitoring: Assessing exhaust gases from factories, industrial zones, and environmental protection perimeters.
- Toxic gas emission assessment: Detecting hazardous compounds such as benzene and 1,3-butadiene to ensure health and safety.
- VOC screening in the food and beverage industry: Ensuring CO₂ gas quality used in food and beverage production.
Automated Online Formaldehyde Analysis System – airmoF
The airmoF is an automated online analyzer specifically designed for continuous and real-time monitoring of formaldehyde concentrations in various environments. Utilizing the Hantzsch micro-liquid reaction combined with fluorescence spectroscopy, this device offers high sensitivity, accuracy, and ease of use.
The device is particularly suitable for applications such as:
- Verification of formaldehyde exposure levels in public buildings
- Industrial hygiene assessments
- Research in test chambers
- Quantification of material emissions
- Building management
- Medical research
- Continuous ambient air monitoring
Automatic GC/PID System for BTEX and 1,3-Butadiene Monitoring – airTOXIC BTX PID
This device utilizes gas chromatography (GC) with a photoionization detector (PID) to continuously monitor BTEX and 1,3-Butadiene. It integrates all functions, from sampling to data storage, into a 19″-5U standard rack, ensuring easy deployment in various environments.
Applications
Environmental Monitoring:
- Indoor and outdoor air quality assessment
- Urban and remote area air quality monitoring
- Perimeter monitoring at refineries
Industrial Process Control:
- Occupational safety monitoring
- Industrial emissions monitoring
ChromaTCD
The ChromaTCD system is an automated gas chromatography (autoGC) device with an isothermal design, specifically developed for analyzing permanent gases and light hydrocarbons in ambient air, industrial environments, or pure gases (N₂/CO₂/O₂).
Applications
- Quality control of ultra-high purity (UHP) gases in production and research.
- Monitoring air quality in ambient or industrial environments.
- Gas emissions analysis and odor impact management.
- Fermentation monitoring and industrial production processes.
- Detection of impurities in pure gas processing.
- Integrity testing of filters in industrial applications.
ChromaTHC Total Hydrocarbon Analysis System
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- Clean Air Room
- Ambient Air Monitoring
- Waste Water Treatment Plant
- Impurities in pure gas processing
- Emissions monitoring
- Filter integrity monitoring
- VOC/UHC monitoring (Industrial Hygiene) in option
- Fence Line monitoring
- Odor control monitoring
energyMEDOR
The energyMEDOR is an automatic, isothermal gas chromatograph (autoGC-ED) specifically designed for the analysis of sulfur compounds such as H₂S, mercaptans, sulfides, total sulfur, and odor in natural gas and gaseous fuels.
The device provides online and continuous monitoring capabilities, available in two main versions:
- energyMEDOR ppm: Measures sulfur compounds at ppm levels.
- energyMEDOR ppb: Measures sulfur compounds at ppb levels.
Applications
- Detection of impurities in natural gas, LPG, propane, and butane.
- Odor removal control at ppb levels.
- Catalyst protection in chemical processes.
- Odorization control in natural gas or LPG at ppm levels.
Target Compounds
- Standard compounds: THT, H₂S, DMS, and mercaptans (MM, EM, IPM, TBM, NPM, MES, 2BM).
- Optional compounds: IBM and NBM.
Heavy volatile hydrocarbon analysis system AirmoVOC C6-C12
The AirmoVOC C6-C12 is an advanced analyzer designed for the measurement of volatile hydrocarbon compounds, including BTEX (Benzene, Toluene, Ethylbenzene, and Xylene) as well as halogenated compounds (TO14). This device can analyze up to 53 compounds within the C6-C12 range, making it ideal for environmental monitoring, industrial emissions surveillance, and air quality control.
Applications
Environmental Monitoring:
- Air pollution control in urban and non-urban areas.
- Indoor air quality measurement.
- BTEX, PAMS, and Volatile Organic Compounds (VOC) analysis.
Industrial Emission Surveillance:
- Pollution control from factories and industrial zones.
- Fence line monitoring to track emissions at facility boundaries.
Other Applications:
- Ambient air monitoring around wastewater treatment plants.
- VOC analysis in water using the Purge and Trap method (502-2 or 524).
- Air quality surveillance following PAMS and TO14 methods.
Light Hydrocarbon and BTEX Analysis System – airmoVOC 624
The airmoVOC 624 analysis system is designed to measure volatile organic compounds (VOCs), including BTEX (Benzene, Toluene, Ethylbenzene, and Xylene). The device is capable of analyzing up to 49 compounds using the TO14 or PAMS methods.
Applications
Environmental Monitoring
- Air pollution control in urban and industrial areas.
- Indoor air quality assessment.
- Monitoring BTEX, PAMS, and CE compounds.
Industrial Process Monitoring
- Measurement of emissions from factories and production lines.
- Occupational safety and industrial hygiene monitoring.
- Fence line monitoring to control emissions at factory boundaries.
Wastewater and Ambient Air Monitoring
- Emission control in wastewater treatment plants using the Purge and Trap method (502-2 or 524).
- Ambient air monitoring following PAMS and TO14 standards.
Overview
Application
The Bulk industry
Chromatotec’s innovative solutions for the Bulk industry. Our advanced analyzers and monitoring systems ensure precision, efficiency, and safety in bulk handling and processing.
The U.H.P. industry
Companies like Air Liquide, Praxair, Air Products, and others in the petrochemical and chemical industry rely on Chromatotec for impurity control in gases delivered to customers. Chromatotec offers the airmoQuality system, comprising a 19″ rack cabinet with an industrial computer, calibration unit, and one to three analyzers to measure various components, including pure gases, sulfur compounds, CO, CO2, VOCs, CH4, NH3, Amines, and permanent gases at different concentration levels, ensuring gas quality for customers in the industry.
The Specialties industry
Chromatotec offers specialized solutions for the Specialties industry. Our products ensure precise control of VOC in nitrogen or helium, calibration cylinder usage, and detection of Mercaptans compounds down to 1 ppb. We also provide options for ppt analysis (30 to 3000 ppt).
The medical industry
offer solutions for impurity control in air, O2, or N2O. Our technology also addresses the detection of key substances such as Formaldehyde, ETO (Ethylene Oxide), and CO (Carbon Monoxide). Count on Chromatotec for precise and reliable analysis to maintain the highest standards of safety and quality in the medical field.
Food and Beverage Industry
Carbon dioxide (CO2) is a commonly used additive in food and beverage industry (e.g. for soft drink, brewery, and champagne carbonation). Its fabrication process can lead to the presence of impurities such as aromatics, BTEX, ammonia, acetaldehyde, Total Hydrocarbons and sulfur compounds (Total Sulfur Content, SO2, COS, mercaptans…).
To ensure people’s safety, limit values of these impurities has been set by various health and safety regulations. The International Society of Beverage Technologists (ISBT) CO2 Guidelines offers a list of parameters including the molecules listed above and its recommended limit (Table 1).
Gas Chromatography (GC) is one of the most commonly used techniques for CO2 quality and purity monitoring to ensure meeting legal requirements. Chromatotec® has developed a GC analytical system for impurities measurement in CO2.
Moisture monitoring in Chlorine and corrosive gases
Monitoring moisture in chlorine and corrosive gases is crucial because even small moisture concentrations make chlorine highly corrosive. In chlorine production, online moisture measurements are recommended before compression and liquefaction to prevent corrosion. The chlorine DET H2O system, based on electrolytic analysis, measures water traces in chlorine, featuring controls for pressure, flow, and inert gas purging. It’s designed for corrosive environments, with a programmable measurement range from 0-50 PPB to 1,000 PPM. The unit is typically installed in non-corrosive areas, and parameters can be adjusted via an integrated keyboard. Output options include a 4-20 mA analog signal or digital serial communication.
European Pharmacopoeia and medical gases
Continuous moisture monitoring in medical and pure gases, such as O2, is essential to meet European Pharmacopoeia standards. Medical air, comprising 22% oxygen and 78% nitrogen, requires moisture levels below 67ppmV for it to be “breathable.” The DET H2O moisture monitor employs electrochemical measurement, offering precise values within a range of 0.5ppmV and even down to ppb, tailored to specific needs.
View more
Online gas chromatography in ambient air monitoring / aqms
Online gas chromatography in ambient air monitoring / aqms
Online gas chromatography in Continuous Emission Monitoring Systems (CEMS) application
Online gas chromatography in Continuous Emission Monitoring Systems (CEMS) application
Online gas chromatography in industrial air application
Online gas chromatography in industrial air application
Online gas chromatography in Natural gases, biogas, LPG application
